wiki:GENIExperimenter/GENIWebinars/PhantomNet

Version 21 (modified by Ben Newton, 3 years ago) (diff)

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Enabling mobile networking research with PhantomNet

Webinar Details

  • Presented by: Kobus Van der Merwe from the University of Utah
  • Date: Friday June 24th
  • Time: 3:00 - 4:00 p.m. ET

Abstract

Mobile networking research has historical not benefited much from input from the academic research community. There are a number of reasons for this state of affairs. First, the mobile networking domain is inherently complicated and has historically been primarily driven by extended standardization efforts by telecom vendors and providers. Second the relative scarcity of practical research work in this space is the direct result of a lack of access to realistic experimental platforms to enable research and experimentation. Third, historically there has been a lack of open source mobile networking stacks, which effectively constrained research in this space to well funded industrial labs.

We argue that mobile networking research is poised to break out of this traditional model: First, the impact on networking of the various “soft” technologies (software-defined-networking, cloud computing, software-defined-radio, network function virtualization) is likely to extend into the mobile networking space. Second, initiatives by funding and regulatory agencies, e.g., by the FCC [3] and the NSF [1], are attempting to enable more experimentation and innovation and the realization of new business models in the mobile networking space. Third, over the last couple of years, viable open source mobile networking stacks have emerged which enable experimental work in this space [4, 5]. Finally, experimental testbeds focused on enabling research in the area of mobile networking are available [1, 2].

To help foster this breakout, in this Webinar we will introduce attendees to the PhantomNet testbed [2]. PhantomNet is a remotely accessible mobile networking testbed with a range of hardware and software components to enable a broad range of mobile networking research. We will describe the capabilities of PhantomNet and walk attendees through the realization of a basic 4G network in the testbed. Attendees will be pointed to material that would allow them to perform this on their own. We will also briefly cover our future plans as well as other PhantomNet features.

[1] 5G Wireless Network Research at NSF. http://www.nsf.gov/cise/5G/.
[2] PhantomNet - Mobility Testbed. https://www.phantomnet.org.
[3] Report and Order on Significant Changes to Experimental Rules. https://www.fcc.gov/document/report-and-order-significant-changes-experimental-rules.
[4] OpenLTE. http://openlte.sourceforge.net/, 2015.
[5] Mobile Communications Department at EURECOM. OpenAirInterface. http://www.openairinterface.org/, 2015.

Connection Information

Use the following URL to connect:
https://bluejeans.com/562284608

Alternatively, use your phone and participate without video by:
1) Dialing: +1.888.240.2560
2) Entering Conference ID: 562284608

Bluejeans is a video conferencing system. Click on the link and follow the instructions to get connected. The first time you use bluejeans you will likely need to install a plugin. For Google Chrome you may need to install a small client application.

Please join the meeting a few minutes before the start time.

Equipment Needed

  1. Computer with a good Internet connection and a browser (Firefox or Chrome preferred).
  2. Microphone (preferably a headset microphone) or alternatively a telephone.
  3. Webcam: Optional but recommended

Pre-work

If you wish to run the PhantomNet demo yourself, please complete the following pre-work:

  1. Obtain a GENI Portal Account (if you don't already have one)

Agenda